Unique Recombinant Human Serpine1/pai-1 Protein (his Tag)(active) [must See] [jMWXHBys]
Unique Recombinant Human Serpine1/pai-1 Protein (his Tag)(active) [must See] [jMWXHBys] This highly purified Unique Recombinant Human Serpine1/pai-1 Protein (his Tag)(active) [must See] [jMWXHBys] is an essential tool for research in thrombophilia, fibrinolysis, and apoptosis regulation. With its active fo
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Unique Recombinant Human Serpine1/pai-1 Protein (his Tag)(active) [must See] [jMWXHBys]
Unique Recombinant Human Serpine1/pai-1 Protein (his Tag)(active) [must See] [jMWXHBys]
This highly purified Unique Recombinant Human Serpine1/pai-1 Protein (his Tag)(active) [must See] [jMWXHBys] is an essential tool for research in thrombophilia, fibrinolysis, and apoptosis regulation. With its active form and specific His Tag, it offers a reliable source for various experimental applications. This recombinant protein is produced in HEK293 cells, ensuring high purity and bioactivity.- Active form for reliable research applications
- Produced in HEK293 cells for consistent quality
- High purity and bioactivity guaranteed
Product Specifications
Our Unique Recombinant Human Serpine1/pai-1 Protein (his Tag)(active) [must See] [jMWXHBys] features a sequence of Met 1-Pro 402 and a molecular weight of approximately 45 kDa. The protein is tagged with a His Tag, facilitating purification and detection. It exhibits high purity, greater than 97%, as determined by reducing SDS-PAGE. This protein is also endotoxin-free, ensuring safety for use in experiments.- Sequence: Met 1-Pro 402
- Molecular weight: 45 kDa
- Purity: > 97% as determined by reducing SDS-PAGE
- Endotoxin: < 1.0 EU per μg of the protein
Applications and Benefits
This recombinant protein is a valuable resource for investigating the role of PAI-1 in various biological processes, such as thrombophilia, fibrinolysis, and apoptosis regulation. Its high bioactivity makes it ideal for experiments requiring an active inhibitor of uPA and tPA. By utilizing this protein, researchers can gain insights into the mechanisms underlying these processes and explore potential therapeutic approaches.- Investigates the role of PAI-1 in thrombophilia and fibrinolysis
- Contributes to the understanding of apoptosis regulation
- Enables the development of novel therapeutic strategies
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